EM‑5700N in‑line PCB separator cut machine

ELITE EM-5700N AT In-Line PCB Separator Cut Machine

ELITE EM-5700N AT In-Line PCB Separator Cut Machine

ELITE EM-5700N AT in-line PCB separator with automatic board handling, servo control and 60,000 rpm routing spindle for automated PCBA depaneling.

EM-5700N AT is an in-line PCB separator and routing machine developed for automated PCBA depaneling. Unlike the off-line EM-5700N, which operates as an independent routing station, the in-line version adds automatic PCB transfer and pick-and-place handling so that panel separation can become part of a continuous production process.

A high-speed routing spindle follows programmed cutting paths to separate individual boards from the assembled panel. This approach is suitable for PCB designs where controlled routing is preferred to manual breaking or other mechanical separation methods. With automatic loading, routing, unloading and dust extraction incorporated into the process, the EM-5700N AT can reduce manual handling between assembly and downstream operations.

Cutting Speed: 1–100 mm/s | Spindle Speed: Up to 60,000 rpm | Cutting Accuracy: ±0.1 mm | Drive: AC Servo Motor | Conveyor Width: 80–300 mm

EM‑5700N in‑line PCB separator cut machine

Automatic In-Line PCB Loading and Unloading

The EM-5700N AT is designed for in-line production rather than manual panel loading. Its pick-and-place system automatically transfers PCB panels between the conveyor and routing area, reducing repeated operator handling and making the depaneling process easier to connect with upstream and downstream equipment.

Servo-Controlled Pick-and-Place System

PCB transfer is handled by a single-head pick-and-place mechanism with AC servo-controlled horizontal and vertical movement. Modular vacuum nozzles and independent vacuum sensing help the system confirm board pickup during automatic loading and unloading. The published pick-and-place speed reaches up to 500 mm/s.

High-Speed 60,000 rpm Routing Spindle

The routing spindle operates at speeds up to 60,000 rpm, with programmable cutting speeds from 1 to 100 mm/s. Cutting parameters can therefore be adjusted according to the PCB material, panel design, routing path and required edge quality instead of relying on one fixed cutting speed.

Six-Axis PC-Based Motion Control

Unlike the standard off-line EM-5700N, which uses a three-axis controller in the current manufacturer specification, the in-line AT version uses a PC-based six-axis control system with AC servo drives. The additional motion control supports automatic PCB transfer as well as the routing process.

Dual-Table Design for Continuous Production

The standard AT configuration uses two working tables. This arrangement allows PCB handling and routing operations to be organized more efficiently within the automatic production cycle, reducing unnecessary waiting between board transfer and cutting.

Adjustable 80–300 mm In-Line Conveyor

The conveyor width can be adjusted from 80 to 300 mm to accommodate different PCB panel sizes. The published conveyor height is 920 ±20 mm, and the platform supports both left-to-right and right-to-left production flow, making line integration more flexible.

Programmable Routing for Different Panel Designs

Instead of separating boards by bending the panel, the EM-5700N AT uses a milling cutter that follows a programmed routing path. This gives manufacturers greater flexibility when working with PCB panels that require straight, curved or more complex separation profiles.

Mechanical Repeatability for Consistent Routing

The current EM-5700N AT specification lists mechanical repeatability of ±0.01 mm and cutting accuracy of ±0.1 mm. Stable motion control helps maintain consistent routing paths from one production cycle to the next.

Integrated Dust Extraction Support

PCB routing generates laminate and milling dust, so extraction is an important part of the process. The EM-5700N AT supports external dust collection, with upper- and lower-extraction arrangements listed by the manufacturer. The standard lower-exhaust configuration also includes a static elimination gun.

Flexible Options for Automated Production

Depending on the machine configuration, optional functions can include laser height measurement, MES barcode scanning, milling-cutter diameter measurement and the EV-720 upper-suction dust collector. These options allow the machine to be configured around different traceability, tooling and factory-automation requirements.

AT and AT_DXX Configurations for Different PCB Sizes

The EM-5700N AT platform is available in different working-area configurations. The standard AT version uses two tables with working areas around 320 × 320 mm depending on the extraction arrangement, while the AT_DXX version provides a larger single-table working area of up to 600 × 605 mm.

Built for Automated PCBA Depaneling

The main advantage of the EM-5700N AT is the combination of PCB transport, automatic pick-and-place, programmable routing and downstream transfer in one in-line process. For factories moving away from standalone manual depaneling, this makes the machine more suitable for continuous PCBA production.

EM‑5700N AT In‑line PCB depaneling machine General Specifications

ItemSpecification
ModelEM‑5700N
Working Range350 × 300 mm
Cutting Speed1 ~ 100 mm/s
Mechanical Repeat Accuracy±0.02 mm
Cutting Accuracy±0.1 mm
Max Spindle Speed60,000 rpm
PCB Conveyor Width80 mm ~ 300 mm
Max Pick‑and‑Place Speed500 mm/sec
Control SystemPC‑based 6‑axis Controller, Windows 7
Drive TypeAC Servo Motor
Power Supply1Ø, AC 220V 50/60Hz
Air Supply4~6 kg/cm²
Machine Dimension (W×D×H)2000 × 1740 × 1620 mm
Machine Weight820 kg
Optional FunctionAutomatic Tool Change

No. They share the same routing platform, but the EM-5700N AT is the in-line version with automatic PCB transport and pick-and-place handling. The off-line version operates as a standalone routing station.

No. These are configuration-dependent functions and should be confirmed on the actual machine.

The model has existed across different generations and configurations. Older documentation and newer manufacturer specifications do not always describe the same machine build. For a used unit, use the specification and test results of the actual machine.

Send the PCB or panel drawing, dimensions, thickness, routing path, required UPH, production-line direction, fixture requirements, destination country and any barcode or MES requirements.


EM-5700N InLine vs OffLine — What Is the Difference?

The two machines share the EM-5700N name because they belong to the same routing platform, but their production roles are different.

EM-5700N Off-Line

The off-line version is designed as a standalone PCB routing station. An operator handles the PCB panel at the machine, making it suitable for flexible production, smaller batches, frequent product changes and factories where a fully automated transfer line is not required.

EM-5700N AT In-Line

The AT version adds automatic PCB transport and a pick-and-place mechanism. ELITE’s current specification describes automatic loading and unloading using modular vacuum nozzles with independent vacuum sensing. The PCB transport mechanism uses servo-controlled lateral and vertical movement, while conveyor width can be adjusted from 80 to 300 mm.

This makes the AT version better suited to continuous automated production.

The choice between the two should therefore be based on production flow rather than the cutting principle alone. If operators already load panels manually and frequent product changes are important, the off-line machine may be sufficient. If the objective is to connect depaneling with upstream and downstream automation, the in-line version is the more relevant configuration.

The EM-5700N AT belongs to ELITE Automatic’s EM-5700N PCB routing platform, but it should not be confused with the standard off-line version. Both machines use routing technology to separate PCBs, while the AT model adds the material-handling functions needed for in-line production.

In a typical process, an assembled PCB panel enters the machine through the conveyor. The handling mechanism transfers the panel to the routing area, where the programmed cutting path is completed. The separated boards are then transferred out for the next production step.

This changes the role of the machine. Instead of an operator repeatedly loading and removing panels at a standalone station, the router can become part of an automated PCBA production flow. It is particularly relevant where production volume, repetitive handling or factory automation makes manual loading less practical.

Our Brand

SMTLINK specializes in the SMT‑DIP industry and offers customized SMT‑DIP equipment services for diverse requirements. Since its establishment in 2010, all products have passed multiple quality inspections for reliable performance.

Our products are well‑sold across provinces and cities in China as well as numerous overseas countries, earning wide recognition from customers.

The compny has built a comprehensive after‑sales system. A professional technical team responds promptly to requests, providing on‑site installation, commissioning, fault repair and long‑term technical consultation to guarantee stable production in all respects.

SingleDual Track Inline 3D AOI.,

Contact Us:

Frequently Asked Questions

Are your equipment compatible with mainstream brand SMT equipment accessories?

All accessories for our equipment are available. For some special models, it is necessary to confirm the interface and parameters in advance, and we can provide technical docking and adaptation solutions.

 

It is recommended to first check the power supply, air source, line connection and emergency stop switch status according to the equipment manual; record the error code and contact technical support, and we will provide remote diagnosis and processing guidance based on the error code.

The standard warranty period for new complete machines is 12 months, and the core components implement corresponding warranty policies according to product models. During the warranty period, free fault maintenance, replacement of parts (excluding man-made damage) and remote technical support are provided. The warranty period for used equipment is 3 months.

Free on-site services are provided for domestic customers, and paid on-site services are provided for overseas customers. After the equipment is delivered, we will arrange professional engineers to complete on-site installation, commissioning and precision calibration, and conduct systematic training on equipment use, daily maintenance and basic fault handling for operators.

Yes. We can provide customized solutions according to the customer’s SMT production line layout, process requirements and production capacity needs, including structural modification, function expansion, software upgrade, etc., with the technical team providing full-process docking and evaluation.

For equipment beyond the warranty period, paid maintenance and service are available. Our company provides long-term stable supply of original and high-quality alternative accessories to ensure that stable accessory support can still be provided within a certain period after the model is discontinued.

Yes. Multiple remote service methods such as telephone, video and remote control are supported. The normal response time on working days is no more than 2 hours, and expedited technical support can be provided in case of emergency.

Get an Instant Quote Now

If you’d like to learn more about our products or services, feel free to contact us or request a quote. We’ll get back to you within 24 hours.

Contact us for the best quote

If you are interested in our products or services, feel free to contact us or leave us a message. We will respond within 24 hours.

Send Your Inquiry Today

Welcome to leave a message and we will reply you within 24 hours!